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Time Flies: Visualizing Aerial Technologies

Research output: Conference PapersRGC 31A - Invited conference paper (refereed items)Yespeer-review

Abstract

The world’s largest environmental disaster was felt by no one. When the Chinese military recently demonstrated their anti-satellite missiles, deadly debris was scattered across our heavens further than any other manmade event in history. Our increasingly crowded skies are creating safety hazards that are proliferating without pubic awareness partially due to our inability to visualize and display the massive, trans-scalar real estate and activity of aerial technologies. Each industry has become adept at tracking its own assets yet none has succeeded in finding a model that represents the entire evolving techno-system in one visual strategy.
Celestial Mechanics is a multi-year artistic research project investigating not big data but big data spaces. By creating speculative prototypes that employ non-linear perspective, kinetic display, immersion and non-terrestrial temporality, iterative visual strategies are being developed to present the global scale of hardware above us. This paper considers kinetic and interactive display prototypes to offer new possibilities for the representation of movement, time and space and proposes that hybrid mediation may assist in both industry and public understanding of a crisis that is global yet invisible.
Original languageEnglish
Publication statusPublished - Jul 2016
EventThe Fourth International Conference on Transdisciplinary Imaging at the Intersections of Art, Science and Culture 2016: THE ATEMPORAL IMAGE - University of Plymouth, Plymouth, United Kingdom
Duration: 1 Jul 20163 Jul 2016
http://transimage.i-dat.org/

Conference

ConferenceThe Fourth International Conference on Transdisciplinary Imaging at the Intersections of Art, Science and Culture 2016
Abbreviated titleTransimage Conference
PlaceUnited Kingdom
CityPlymouth
Period1/07/163/07/16
Internet address

Research Keywords

  • aerial cartography
  • non-linear perspective
  • temporality
  • data visualization
  • kinetic sculpture
  • display systems

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